China Targets Lower Industrial Carbon Intensity With New Zero-Carbon Factory Plan

China has introduced a new industrial decarbonization action plan for 2026-2030, setting targets for zero-carbon factories, low-carbon supply chains and product carbon-footprint standards as the government seeks to reduce emissions intensity while maintaining industrial development.

The Ministry of Industry and Information Technology released the plan on October 21, according to the State Council's official English-language website. The measures form part of China's broader effort to combine industrial upgrading with its long-term climate goals.

Under the plan, China aims to establish approximately 500 national-level zero-carbon factories and zero-carbon computing facilities by 2030. It also targets the development and implementation of around 400 carbon-footprint accounting standards for key industrial products. Energy consumption per unit of value-added industrial output is expected to fall by more than 10% over the period, according to the official report.

The action plan focuses on managing both the total volume and the intensity of carbon emissions in industrial and information technology sectors. It calls for stronger carbon management in key industries, the development of lower-carbon supply chains and the creation of systems to measure the emissions associated with industrial products.

Carbon-footprint accounting is becoming increasingly important for manufacturers operating in international markets. Companies may need to provide information about emissions generated during production, energy use and the sourcing of materials. More consistent measurement standards could help businesses track performance and respond to requirements from overseas customers and regulators.

The policy also includes zero-carbon computing facilities, reflecting the growing energy needs associated with digital infrastructure. Data centers and computing systems are essential to cloud services and AI applications, but their electricity consumption can increase as demand for computing power expands. Improving energy efficiency and increasing access to lower-carbon electricity will therefore be important to the environmental performance of the digital economy.

China's wider climate data show both progress and remaining challenges. According to the annual report released by the Ministry of Ecology and Environment, carbon dioxide emissions per unit of GDP fell 17.7% in 2025 compared with 2020. Non-fossil energy accounted for 21.7% of total energy consumption last year, while combined installed wind and solar power capacity reached 1.84 billion kilowatts.

By mid-2026, total installed renewable energy capacity had reached 2.46 billion kilowatts, equivalent to 60.7% of China's total installed power-generation capacity, the official report said. Installed solar power capacity surpassed coal power at the end of July, becoming the country's largest single power source by installed capacity.

Installed capacity, however, is not the same as electricity actually generated. The climate impact of expanding renewable energy also depends on grid connections, storage, transmission infrastructure and how effectively renewable electricity can be integrated into the power system.

For industrial companies, decarbonization can require investment in more efficient equipment, electrification, renewable power procurement and emissions-monitoring systems. Some measures can reduce operating costs over time, but others may require substantial upfront spending or changes to production processes.

Smaller suppliers could face particular challenges in gathering reliable emissions data and meeting new reporting expectations. The development of common accounting standards may help reduce inconsistencies, although companies will still need clear guidance on measurement boundaries and verification requirements.

The plan also reflects China's effort to strengthen its position in green manufacturing. As global buyers pay greater attention to the environmental impact of supply chains, credible emissions data could become a factor in market access and supplier selection. At the same time, the effectiveness of the policy will depend on implementation, transparent measurement and progress toward the stated targets.

China has committed to peaking carbon dioxide emissions before 2030 and achieving carbon neutrality before 2060. The new industrial action plan provides another mechanism for translating those goals into sector-level measures. Its progress will be assessed through emissions intensity, factory upgrades, energy efficiency and the extent to which industrial production becomes less carbon-intensive.